Memory Leak Hunter

Goal

Remove memory leaks

How to Run

Initiate the Memory Leak Hunter loop to systematically detect and fix memory leaks in your codebase.

1. 01

   Start the Loop

   Run the kickoff prompt to begin the memory leak detection process.

2. 02

   Review Proposed Changes

   Examine each suggested fix before applying to ensure correctness and compatibility.

3. 03

   Monitor Progress

   Track memory improvements across iterations until the exit condition is met.

Workflow Steps

1. 01

   Profile Memory Usage

   Execute memory profiling tools to capture current memory allocation state and identify potential leak candidates.

2. 02

   Analyze Profiling Output

   Examine profiling results to pinpoint exact code locations causing memory leaks, focusing on unclosed resources and unreleased references.

3. 03

   Propose Targeted Fix

   Generate specific code modifications to address identified leaks while maintaining existing functionality.

4. 04

   Apply Fix and Verify

   Implement approved changes and re-run profiling to validate memory improvement.

5. 05

   Evaluate Exit Condition

   Check if memory usage has stabilized; if not, repeat cycle or exit after max iterations.

Start the "Memory Leak Hunter" loop.

Goal: Remove memory leaks
Max iterations: 10
Between iterations run: memory profiling
Exit when: Memory usage stable


Start the Memory Leak Hunter loop. First, run memory profiling on the current codebase to identify any potential memory leaks. Analyze the output and propose specific fixes. Continue iterating until memory usage stabilizes or we reach maximum iterations.

Self-pace this loop. After each iteration, run `memory profiling` and evaluate the output, and only continue if the exit condition is not met (Memory usage stable). Stop when the exit condition passes or 10 iterations are reached. Give a short status update each pass.